Neuromorphic Computing
Belvyon's Neuromorphic Photonic family delivers radiation-hardened neuromorphic computing substrates validated through ISS/JAXA-Kibo space deployment. SYNAPLEX polymer neuromorphic substrate achieves >500 kGy radiation tolerance with <10 fJ/synaptic event energy efficiency.
Protection
Next-generation ballistic protection systems delivering unprecedented weight reduction while exceeding military performance standards.
TOPSPOT™
Hybrid Composite FGM Ballistic Armor
Functionally graded material (FGM) combining ceramic-composite layers for superior multi-hit protection. Validated at 911 m/s with 14.5mm B32 API rounds at a major Turkish defence producer facilities.
Electromagnetic-Contested
Electromagnetic signature control technologies for platform survivability across the threat spectrum.
VELON-G™
Graphene-ITO Metamaterial Canopy
Our only transparent product — designed specifically for fighter aircraft canopy applications.
Multi-spectral signature management metamaterial enabling reduced observability across radar, infrared, and visible spectra. ISS/JAXA-Kibo validated (Experiment ID 8071).
BV-RAF-4B16
Smart Material for AESA Radar
Radar-absorbing material optimised for active electronically scanned array (AESA) antenna integration, reducing side-lobe signatures and enhancing platform stealth characteristics.
Neuromorphic Photonic
Radiation-hardened substrates for neuromorphic computing in contested space and high-radiation environments.
SYNAPLEX™
Polymer Neuromorphic Substrate
Bio-inspired computing substrate enabling edge AI processing in radiation-intensive environments. Designed for space-based and nuclear-adjacent applications requiring autonomous decision-making without ground station dependency.
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Contact our technical team to discuss how Belvyon's advanced materials can enhance your platform capabilities.
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